130: Difference between revisions
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{{Instrument Sidebar | |||
|manufacturer=Tektronix | |||
|model=130 | |||
|class=Multimeter | |||
|series= | |||
|summary=L/C Meter | |||
|image=Tek_130-Models.jpeg | |||
|caption=LC 130, SN 101-5000 vs. 5001-Up | |||
|introduced=1959 | |||
|discontinued=1968 | |||
|designers=Cliff Moulton | |||
|manuals= | |||
* [[Media:070-231.pdf | Tektronix 130 Manual 070-231]] | |||
* [https://vintagetek.org/wp-content/uploads/2020/09/Alan-Hampel-Tektronix-130-Instruction-Manual.pdf 070-231 Manual Restored by Alan Hampel @ vintagetek.org] (includes redrawn schematics) | |||
* [[Media:070-0231-01.pdf | Tektronix 130 Manual 070-231-01]] (covers both cabinet types) | |||
* [[Media:tek_type_130_factory_cal_proc.pdf|Tektronix 130 Factory Calibration Procedure]] | |||
* [[Media:Tek 130 calibration outline.pdf|Tektronix 130 Calibration Outline]] (OCR) | |||
}} | |||
The '''Tektronix Type 130''' is a self-contained instrument, designed by [[Cliff Moulton]] and [[introduced in 1959]], that measures inductance and capacitance. | The '''Tektronix Type 130''' is a self-contained instrument, designed by [[Cliff Moulton]] and [[introduced in 1959]], that measures inductance and capacitance. | ||
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{{Spec | DUT connection | [[UHF connector]] (DUT) + [[Banana connector|4 mm jack]] (guard) }} | {{Spec | DUT connection | [[UHF connector]] (DUT) + [[Banana connector|4 mm jack]] (guard) }} | ||
{{EndSpecs}} | {{EndSpecs}} | ||
==Links== | ==Links== | ||
* Q+A: Type 130 L-C Meter and S-30 Delta Standards. [[Media:Service Scope 18 Feb 1963.pdf | Service Scope No. 18, Feb 1963]]. | * Q+A: Type 130 L-C Meter and S-30 Delta Standards. [[Media:Service Scope 18 Feb 1963.pdf | Service Scope No. 18, Feb 1963]]. | ||
* Silicon Chip, June 2020 | * Silicon Chip, June 2020 – Vintage Workbench – Tektronix T-130 LC Meter: [https://vintagetek.org/wp-content/uploads/2020/09/Silicon-Chip-June-2020-Vintage-Workbench-Tektronix-T-130-LC-Meter-part-one.pdf Part 1] / [https://vintagetek.org/wp-content/uploads/2020/09/Silicon-Chip-July-2020-Vintage-Workbench-Tektronix-T-130-LC-Meter-part-two.pdf Part 2] / [https://vintagetek.org/wp-content/uploads/2020/09/Silicon-Chip-August-2020-Vintage-Workbench-Tektronix-T-130-LC-Meter-part-three.pdf Part 3] (PDFs @ vintagetek.org) | ||
* [https://www.youtube.com/watch?v=35Q8f4dbR5o Tektronix Type 130 L C Meter Restoration] by Zenwizard Studios @ YouTube | |||
* [https://www.youtube.com/watch?v=kkBwf3Mprgg Tektronix Type 130 Modernised Alignment] by Zenwizard Studios @ YouTube | |||
==Internals== | ==Internals== | ||
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Tek 130 sn842 7.jpg | Tek 130 sn842 7.jpg | ||
</gallery> | </gallery> | ||
{{Parts|130}} | |||
[[Category:LCR meters]] | [[Category:LCR meters]] | ||
Latest revision as of 08:04, 22 February 2024
The Tektronix Type 130 is a self-contained instrument, designed by Cliff Moulton and introduced in 1959, that measures inductance and capacitance.
There are at least two versions of Type 130. Early units (SN 101-5000) have a narrow boxy case that slides off the chassis, backlit meter, and are marked "TYPE 130 L,C METER". At some point between SN 101 and SN 842, the case color changed from brown to blue. Later units (SN 5001-Up) have a wider, rounded case with side panels that pop off, blue paint, non-backlit meter, and are marked "TYPE 130 L-C METER".
Key Specifications
Ranges | 3, 10, 30, 100 or 300 pF / 3, 10, 30, 100 or 300 μH full scale |
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Accuracy | 3% FS, 1% FS with "careful" calibration using S-30 Delta Standard |
Measurement voltage | <1 V for capacitors, <0.25 V for inductors, 120-140 kHz |
Guard output | 250 Ω source impedance, can drive 200 pF |
DUT connection | UHF connector (DUT) + 4 mm jack (guard) |
Links
- Q+A: Type 130 L-C Meter and S-30 Delta Standards. Service Scope No. 18, Feb 1963.
- Silicon Chip, June 2020 – Vintage Workbench – Tektronix T-130 LC Meter: Part 1 / Part 2 / Part 3 (PDFs @ vintagetek.org)
- Tektronix Type 130 L C Meter Restoration by Zenwizard Studios @ YouTube
- Tektronix Type 130 Modernised Alignment by Zenwizard Studios @ YouTube
Internals
The 130 contains an LC oscillator with a tank circuit formed by the device under test and a capacitor or inductor internal to the 130. The oscillator's frequency is measured by mixing it down using a fixed reference frequency, generating a pulse at each zero-crossing, and integrating (low-pass filtering) the pulse train. This produces a voltage that is proportional to the frequency difference between the LC oscillator and the reference oscillator. This voltage is displayed on a d'Arsonval (moving coil) meter on the front panel of the 130.
Pictures
130 External
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130 Variants
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Tek 130 SN < 5001 Front
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Tek 130 130 SN > 5000 Front
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Early (Brown Era) Type 130
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Early (Brown Era) Type 130
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Type 130 Rear
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013-0001-00 test adapter
130 Internal
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Type 130 Internal RHS
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Tek 130 SN < 5001 RHS
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Type 130 Internal LHS
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Tek 130 SN < 5001 LHS (w line plug mod)
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Type 130 Top w/o Cover
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Type 130 Bottom
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Type 130 Internal #1
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Type 130 Internal #1
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Type 130 Internal Live
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130 SN 842
At serial number 842, the shape is still narrow and boxy, but with a blue case.
Some Parts Used in the 130
Part | Part Number(s) | Class | Description | Used in |
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0A2 | 154-0001-00 | Gas Discharge Tube (Voltage regulator) | 150 V voltage reference | 130 |
6BE6 | 154-0025-00 | Vacuum Tube (Pentode) | heptode | 130 |
6BH6 | 154-0026-00 • 154-0285-00 | Vacuum Tube (Pentode) | pentode | 130 • 162 • 310 • 310A • 512 • 517 • 517A • 524 • Nelson-Ross PSA-011 |
6BW7 | 154-0028-00 | Vacuum Tube (Pentode) | pentode | 130 |
6U8 | 154-0033-00 | Vacuum Tube (Triode/Pentode) | triode-pentode combo | 130 • 160 • 163 • 310 • 315 • 316 • 524 • 535 • 545 • T |
6X4 | 154-035 • 154-0035-00 | Vacuum Tube (Dual Rectifier) | dual rectifier | 128 • 130 • 181 • 511A • 512 • 517 • 517A • 570 |